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Java-based product management system for college students
1. Research background and significance
With the rapid development of Internet technology, e-commerce has been widely used around the world. As the core link of e-commerce, commodity management has an important impact on the operation and efficiency of enterprises. However, traditional commodity management methods often have problems such as low efficiency and error-prone, and cannot meet the needs of modern business. Therefore, designing and developing a Java-based commodity management system can help improve the efficiency of corporate commodity management, reduce human and material costs, and provide more accurate and timely data support for corporate decision-making. This research not only has important practical significance, but also helps to promote further development in the field of e-commerce.
2. Research status at home and abroad
In terms of commodity management systems, there are already many mature products and solutions at home and abroad. Some large foreign e-commerce companies, such as Amazon, eBay, etc., have their own complete product management systems, achieving refined management and efficient operation of products. Domestic companies, such as Alibaba and JD.com, have also made important breakthroughs in the field of commodity management and launched a series of excellent commodity management solutions.
However, most of the current domestic and foreign product management systems are aimed at large enterprises or e-commerce platforms. For small and medium-sized enterprises or individual sellers, these systems are often too complex and costly to use. Therefore, this research aims to develop a lightweight, easy-to-use product management system suitable for small and medium-sized enterprises or individual sellers to meet the actual needs of such users.
3. Research ideas and methods
This study will adopt the following research ideas and methods:
- Demand analysis: Through market research and user demand analysis, the functional requirements and performance indicators of the system are clarified to provide a basis for subsequent design and development.
- Technology selection: Based on the requirements analysis results, select appropriate development frameworks and technical means, such as Spring Boot, MyBatis, etc., to ensure efficient development and stable operation of the system.
- System design: Design the overall architecture, functional modules, database structure, etc. of the system, focusing on the ease of use, scalability and security of the system.
- System implementation: Use Java programming language and related technologies to realize the front and back-end functions of the system, including core functions such as product entry, product query, inventory management, and order management.
- System testing and optimization: Conduct comprehensive testing on the developed system to ensure system stability and performance. Based on the test results, the system is optimized and improved to improve user experience and satisfaction.
4. Research content and innovation points
The content of this research mainly includes demand analysis, design, implementation and testing of Java-based commodity management system. The specific innovation points are as follows:
- Lightweight design: Based on the needs of small and medium-sized enterprises or individual sellers, lightweight design is adopted to reduce system use and maintenance costs.
- Customized functions: Provide customized function options, users can flexibly configure system functions according to their own needs, improving system applicability and user satisfaction.
- Multi-platform support: Adapt to the needs of different terminals and platforms, such as PCs, mobile phones, tablets, etc., to achieve seamless docking of multiple platforms, making it convenient for users to manage products anytime and anywhere.
5. Detailed introduction of front and back functions
The front-end functions mainly include product display, shopping cart management, order submission, user center, etc. Users can browse product information, add products of interest to the shopping cart, submit orders and complete payment. At the same time, users can also manage their account information, check order status, etc.
Backend functions mainly include product management, inventory management, order management, user management, etc. Administrators can add, modify and delete product information, manage inventory quantities, process user orders, maintain user accounts, etc. Through the background management interface, administrators can easily manage the operation and data of the entire system.
6. Research ideas and feasibility of research methods
The Java-based commodity management system used in this study is technically feasible. As a mature programming language, Java has a wide range of applications in the development field. At the same time, the research team has experience in Java programming and development and can complete the design and development of the system. Through cooperation with partner companies, practical data and resource support can be obtained to ensure the feasibility of research.
7. Research progress arrangement
- The first stage (2 months): Complete research background research, requirements analysis and system design;
- The second stage (3 months): Complete the coding and testing of the system;
- The third stage (1 month): System optimization and performance improvement;
- The fourth stage (1 month): Complete the writing and organizing of the thesis;
- The fifth stage (1 month): Prepare for the defense of graduation project.
8. Thesis (design) writing outline
- Introduction: introduce the research background and significance, state the research purpose and research questions;
- Research status at home and abroad: analyze the research status and development trends of commodity management systems at home and abroad;
- Requirements analysis and system design: describe in detail the functional requirements and design ideas of the system;
- System implementation and testing: describe the system implementation process and test results;
- System evaluation and optimization: evaluate system performance and propose optimization plans;
- Conclusion and outlook: Summarize the research results and look forward to future research directions.
1. Research background and significance
With the continuous development of the economy, commodity management has become an indispensable part of enterprise management. The establishment of a commodity management system can help enterprises better manage commodities, improve management efficiency, reduce costs, and enhance competitiveness. In addition, as an application of computer information technology, the Java-based commodity management system also has positive significance in promoting the development of computer technology, promoting information construction, and improving the level of enterprise management.
2. Research status at home and abroad
There have been many studies on commodity management systems at home and abroad, and these studies have their own characteristics in different aspects. Domestic scholars' research on commodity management systems mainly focuses on how to improve the efficiency and accuracy of commodity management and how to ensure the security of commodity data. In terms of software development, some domestic software development companies also provide Java-based commodity management system products. These systems are highly customizable and easy to use.
3. Research ideas and methods
This article is based on Java language and uses Spring Boot framework, MyBatis framework, Bootstrap framework and other technologies to design and implement a product management system. This system adopts B/S architecture and is divided into two parts: front and back. The front desk is mainly responsible for providing users with functions such as query, addition, modification, and deletion of product information, while the back office is mainly responsible for the storage, processing, and management of product data.
The research idea of this article is: first conduct system demand analysis, sort out the functional requirements and performance requirements of the system, and determine the functional modules and key technologies of the system; then conduct system design, conduct overall design and detailed design, and formulate the system structure and modules of the system. Division and technical route, etc.; finally, system implementation and testing are carried out, and coding, testing and debugging are carried out according to the design so that the system can operate normally.
4. Research internal customers and innovation points
This article studies a Java-based commodity management system. Its innovations are mainly reflected in the following aspects:
1. The design idea of separating the front and backends makes the front-end and back-end codes more reusable, and also improves the robustness and stability of the system.
2. Using the Spring Boot framework and the MyBatis framework greatly simplifies system development and maintenance and optimizes system performance.
3. Use the Bootstrap framework for front-end development, making the system interface simple, beautiful and easy to use.
4. A complete rights management system is designed to control users' access rights to the product management system and ensure data security and confidentiality.
5. Detailed introduction of front and back functions
Front desk system functions
1. Product information query: Users can query product information through keywords such as product name and product classification.
2. Add product information: Users can add basic information about the product, such as name, category, price, quantity, etc.
3. Product information modification: Users can modify the product information that has been added.
4. Product information deletion: Users can delete product information that has been added.
5. Product category management: Users can classify products, add, modify, delete product categories and other operations.
6. User login and registration: Users can log in by registering an account and modify personal information.
Backend system functions
1. Product information management: The backend administrator can manage product information, including adding, modifying, deleting, querying and other operations.
2. Order management: The backend administrator can manage orders, including adding, querying, modifying, deleting and other operations.
3. User management: The backend administrator can manage user information, including operations such as adding, modifying, deleting, and querying.
4. Permission management: Backend administrators can manage user permissions, including permission assignment, user role division and other operations.
5. Log management: Backend administrators can view the system's operation logs to discover and eliminate problems in a timely manner.
6. Research ideas, research methods, and feasibility
The research idea of this article is to first conduct demand analysis to determine the functional modules and key technologies of the system; then carry out system design, formulate the system structure, module division and technical route, etc.; and finally carry out system implementation and testing to ensure that the system can operate normally. Specific research methods include literature research, experimental design, software development, testing and evaluation, etc.
The research feasibility of this article is very high. At present, Java technology is very mature and has been widely used in various fields. Moreover, the commodity management system is also a very important part of enterprise management. Research on Java-based commodity management system can directly serve enterprise management. Therefore, the research in this article has practical application value and promotion value.
7. Research progress arrangement
1. Requirements analysis and functional design (1 month)
2. System design and technology selection (1 month)
3. System implementation and testing (2 months)
4. Thesis writing and defense preparation (2 months)
8. Thesis (design) writing outline
Chapter 1 Introduction 1.1 Research background 1.2 Purpose and significance 1.3 Research status at home and abroad 1.4 Research ideas and methods 1.5 Research content and organizational structure
Chapter 2 Introduction to related technologies and tools 2.1 Java language and related development tools 2.2 Spring Boot framework and MyBatis framework 2.3 Bootstrap framework and jQuery library
Chapter 3 System Requirements Analysis and Functional Design 3.1 System Functional Requirements 3.2 System Performance Requirements 3.3 System Functional Module Design
Chapter 4 System Design 4.1 Overall System Design 4.2 System Detailed Design
Chapter 5 System Implementation and Testing 5.1 System Development Environment and Tools 5.2 System Module Implementation 5.3 System Testing and Evaluation
Chapter 6 System Operation Effect and Analysis 6.1 System Operation Effect 6.2 System Performance Analysis 6.3 System Functional Perfection and Improvement
Chapter 7 Summary and Outlook 7.1 Research Summary 7.2 Research Outlook
Chapter 8 References
9. Main references
[1] Li Yang, Zhang Zhong, Design and implementation of Java-based commodity inventory management system [J], Computer Engineering, 2018 (12): 100-103.
[2] Wang Yong, Liu Long, E-commerce website design based on Spring Boot [J], Science and Technology Vision, 2019 (4): 26-30.
[3] Zhang Yao, Cheng Yao, Design and implementation of commodity management system based on MyBatis [J], Computer Application, 2019 (8): 78-82.
[4] Zhu Lin, Wang Hua, Application of Bootstrap framework in Web development [J], Computer Frontier, 2017 (4): 112-115.
[5] Hu Ming, Application and Research of Java Web Development Technology [J], Computer Science and Technology, 2018 (6): 58-61.